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| datatrak:references [2020/05/31 15:26] – [System (general)] philpem | datatrak:references [2020/07/11 22:06] – philpem | ||
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| ====== References and information sources ====== | ====== References and information sources ====== | ||
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| + | ===== Books ===== | ||
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| + | * Sonnenberg, G.J. (1970). **Radar and Electronic Navigation**, | ||
| ===== Hyperbolic receivers -- Decca ===== | ===== Hyperbolic receivers -- Decca ===== | ||
| - | * {{anchor: | + | * Last, J.D., Linsdall, D.K. (1984). **Automatic microprocessor-based receivers for the Decca Navigator system.** Radio and Electronic Engineer 54(7), p. 281-289. DOI: 10.1049/ |
| - | * {{anchor:Fisher1993}} Fisher, A.J. (1993). **Microprocessor-based Decca Navigator Hyperbolic Radionavigation Receivers.** Report YCS 194, Dept. of Computer Science, University of York. \\ Online: https:// | + | * Fisher, A.J. (1993). **Microprocessor-based Decca Navigator Hyperbolic Radionavigation Receivers.** Report YCS 194, Dept. of Computer Science, University of York. \\ Online: https:// |
| * Based on Last's design. Measures position from the " | * Based on Last's design. Measures position from the " | ||
| * Includes location algorithm which may also be useful for Datatrak. | * Includes location algorithm which may also be useful for Datatrak. | ||
| - | * {{anchor: | + | * Fisher, A.J. (1998). **A Test-Bed for Low-Frequency Radionavigation.** \\ Online: https:// |
| + | * Fisher, A.J. (1993). **New algorithms for hyperbolic radionavigation.** Radar and Signal Processing, IEE Proceedings F. 140(2) p. 145-152. DOI: 10.1049/ | ||